PROM_PROGRAMMER.pngPROM Programmer DriverPortable Network Graphics (PNG) - 29.27 kB - 07/31/2017 at 13:22 |
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ino - 12.36 kB - 08/08/2016 at 08:26 |
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1_CPU_IOBoard.pngPrint to scale image of the IO Board designPortable Network Graphics (PNG) - 246.16 kB - 07/31/2016 at 00:33 |
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2_CPU_Timing&MemoryBoard.pngPrint to scale image of the Timing and Memory Board designPortable Network Graphics (PNG) - 218.87 kB - 07/31/2016 at 00:33 |
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3_CPU_ProgramCounterBoard.pngPrint to scale image of the PC Board designPortable Network Graphics (PNG) - 216.33 kB - 07/31/2016 at 00:33 |
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4_CPU_ALU_ADDER.pngPrint to scale image of the ALU ADDER Board designPortable Network Graphics (PNG) - 220.40 kB - 07/31/2016 at 00:33 |
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5_CPU_ALU_NAND.pngPrint to scale image of the ALU NAND Board designPortable Network Graphics (PNG) - 219.06 kB - 07/31/2016 at 00:33 |
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6_CPU_ALU_COMPARATOR.pngPrint to scale image of the Comparator Board designPortable Network Graphics (PNG) - 205.59 kB - 07/31/2016 at 00:33 |
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WeirdCPU.gifAn animated GIF of Weird CPU running an LED Light Chaser Program.Graphics Interchange Format - 1.62 MB - 07/30/2016 at 09:52 |
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MonitorPROMHighNimbbleWriter.inoPROM Programmer code for writing the high nimble of the Monitor program to PROMino - 6.36 kB - 07/29/2016 at 12:31 |
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MonitorPROMLowNimbbleWriter.inoPROM Programmer code for writing the low nimble of the Monitor program to PROM.ino - 6.34 kB - 07/29/2016 at 12:22 |
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Programmer.JPGA photo of the PROM ProgrammerJPEG Image - 1.41 MB - 07/29/2016 at 12:21 |
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ProgrammerDesign.PNGThe strip-board design or layout of the PROM ProgrammerPortable Network Graphics (PNG) - 154.27 kB - 07/29/2016 at 12:21 |
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Monitor.xlsmThis is the code for the monitor.Basically a very simple assembler macro that allows the use of labels, constants and aliases. To code by hand is a bit too hard! application/vnd.ms-excel.sheet.macroEnabled.12 - 38.70 kB - 08/04/2016 at 03:45 |
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ProgramLedChaser.xlsmMy favourite, a simple LED light chaser.As the CPU does not have a SHR instruction it is done in software. If I build another CPU it will definately include this instruction. application/vnd.ms-excel.sheet.macroEnabled.12 - 37.48 kB - 08/04/2016 at 03:45 |
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Program8BitCounter.xlsmA simple 8 bit counter.application/vnd.ms-excel.sheet.macroEnabled.12 - 36.28 kB - 08/04/2016 at 03:45 |
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1_CPU_IOBoard.diyCPU: IO Board using DIYLC.diy - 481.78 kB - 07/28/2016 at 10:24 |
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2_CPU_Timing&MemoryBoard.diyCPU: Timing and Memory Board using DIYLC.diy - 373.76 kB - 07/28/2016 at 10:24 |
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3_CPU_ProgramCounterBoard.diyCPU: Program Counter Board using DIYLC.diy - 448.10 kB - 07/28/2016 at 10:24 |
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4_CPU_ALU_ADDER.diyCPU: ALU Adder Board using DIYLC.diy - 402.12 kB - 07/28/2016 at 10:24 |
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5_CPU_ALU_NAND.diyCPU: ALU NAND Board using DIYLC.diy - 378.10 kB - 07/28/2016 at 10:24 |
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6_CPU_ALU_Comparator.diyCPU: ALU Comparator Board using DIYLC.Not implemented! diy - 336.73 kB - 07/28/2016 at 10:24 |
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16130_CPU.TSCIf you use Tina simulation software then this may be useful to you (same as 16130_CPU.jpg).tsc - 223.73 kB - 07/28/2016 at 01:14 |
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16130_CPU.JPGHere is an image of the CPU design.JPEG Image - 965.49 kB - 07/28/2016 at 01:16 |
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